FeSiNi (Gas-atomized) Powder is widely used in the manufacture of high-performance magnetic powder core and large current molding choke. Stanford Advanced Materials (SAM) is a global manufacturer of magnetic powder and offers high-quality FeSiNi (Gas-atomized) Powder and other soft magnetic powders.
Related products: Ferrosilicon (Water-atomized) Powder, FeSiCr (Water-atomized) Powder
FeSiNi (Gas-atomized) Powder is widely used in the manufacture of high-performance magnetic powder core and large current molding choke. Stanford Advanced Materials (SAM) is a global manufacturer of magnetic powder and offers high-quality FeSiNi (Gas-atomized) Powder and other soft magnetic powders.
Related products: Ferrosilicon (Water-atomized) Powder, FeSiCr (Water-atomized) Powder
As an electromagnetic microwave absorbing material, FeSiNi (Gas-atomized) Powder is characterized as one of the soft magnetic materials. It is widely used in the manufacture of high-performance magnetic powder core and large current molding choke.
Product Name |
FeSiNi (Gas-atomized) Powder |
Molecular Formula |
FeSiNi |
Process |
Gas-atomized |
Permeability |
60~120 |
Fluidity(s/50g) |
<20 |
A.D.(g/cm^3) |
>4.2 |
O.C. (PPM) |
<600 |
Particle size(μm) |
45~55 |
FeSiNi (Gas-atomized) composite offers a series of advantages over electrical steels and soft magnetic ferrites such as isotropy of magnetic properties, very low eddy current loss due to their high resistivity, reduction in size and weight, and the possibility to create complicated 3D magnetic cores via powder metallurgy.
Our FeSiNi (Gas-atomized) Powder is carefully handled during storage and transportation to preserve the quality of our product in its original condition.